VT 5008 S12

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The VT 5008 S12 IO card features an operating voltage of 24 VDC, a power consumption of less than 50 VA, an output stage current of 2.2 A ±20%, and a 32-pin male multi-point connector. Part of the VT-5000 IO Cards series by Bosch Rexroth Indramat, it includes a ramp time adjustment range of 30 ms to 1 or 5 seconds and measures 100 x 160 mm in size.

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Wake Industrial Warranty

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Product Description:

The VT 5008 S12 IO card belongs to the Bosch Rexroth VT-5000 series as a top control component for industrial automation systems.

This IO card runs on 24 VDC power with a tolerance set at +40% / -5%, which enables it to operate between 22 V to 35 V. Utilizing minimal power, the unit consumes below 50 VA while maintaining a 2 A current draw. The VT 5008 S12 includes a built-in 2.5 A safety fuse to protect itself when heavy power consumption occurs. The relay system responds properly across different electrical setups thanks to its voltage output response of 16.8 V, release voltage of 2.4 V, and coil resistance of 2150 ohms. The card adjusts its ramp time presence from 30 milliseconds to either one or five seconds at approximately ±20% for responsive command changes. At 20 degrees Celsius, it delivers a 2.2 amp output current level within 20% tolerance and exhibits a 10 ohm output stage resistance to drive connected devices with power efficiency.

The clock on the VT 5008 S12 card runs at a self-clocking frequency of 1.5 kilohertz, but its oscillator runs at 2.5 kilohertz with a tolerance of ±10% for accurate automation timing operations. A 32-pin male multicore connector based on DIN 41612 D handles dependable connections because it follows established standards. This card meets Euro-card specifications when set to 100x160mm dimensions according to DIN 41494 standard and works effectively within temperatures from 0°C to 50°C. It can be purchased at Wake Industrial with a one-year warranty.

Card Dimensions
100 x 160 mm (Euro-card, DIN 41494)
Clock Frequency
Self-clocking up to 1.5 kHz
Connector Type
DIN 41612 form D, 32‑pin male
Current Consumption
<2 A
Fuse Rating
2.5 A
Operating Temperature Range
0°C to 50°C
Operating Voltage
24 V DC (+40%/−5%)
Operating Voltage Range
22 V to 35 V
Oscillator Frequency
2.5 kHz ±10%
Output Stage Current
2.2 A ±20%
Output Stage Resistance
10 Ω at 20°C
Power Consumption
<50 VA
Ramp Time Range
30 ms to 1 s or 5 s ±20%
Relay Coil Resistance
2150 Ω
Relay Release Voltage
2.4 V
Relay Response Voltage
16.8 V
Warranty
1 year

Frequently Asked Questions about VT 5008 S12:

Q: What is the operating voltage range for the VT 5008 S12?

A: The VT 5008 S12 operates on 24 VDC power with a tolerance of +40% / -5%, enabling it to function between 22 V and 35 V.

Q: How does the VT 5008 S12 manage power consumption and safety?

A: It consumes below 50 VA and maintains a 2 A current draw, equipped with a built-in 2.5 A safety fuse to protect against heavy power consumption.

Q: What are the key features of the relay system on the VT 5008 S12?

A: The relay system offers a voltage output response of 16.8 V, a release voltage of 2.4 V, and a coil resistance of 2150 ohms, ensuring reliable response across various electrical setups.

Q: What timing capabilities does the VT 5008 S12 provide?

A: The card adjusts its ramp time from 30 milliseconds to either one or five seconds at approximately ±20%, with a self-clocking frequency of 1.5 kHz and an oscillator frequency of 2.5 kHz at a tolerance of ±10%.

Q: What are the physical and environmental specifications of the VT 5008 S12?

A: The VT 5008 S12 meets Euro-card specifications with dimensions of 100x160mm, adhering to DIN 41494 standard, and operates effectively within temperatures from 0°C to 50°C.


Internal Product Review

  • ‘‘The VT 5008 S12 is an essential component of the VT-5000 series, known for its efficient power usage and robust control capabilities. It ensures reliable performance in a variety of industrial applications with its advanced timing features and safety protections, making it a key player in sophisticated automation environments.’’

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